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This Remotely-Controlled Robot Can Revolutionize Underwater Missions With Fin-Tastic Features

With HERO-BLUE now at the center of underwater discoveries, this not-so-common robot will impress you with its unique set of skills from the get-go.

United statesJoseph henryTaesik kimRobot can revolutionize underwater missions with finKorea pohang university of scienceRobotics lab on youtube withTech timesFin tastic featuresExtreme roboticsSouth koreaPohang universityExtreme environment robotLocomotion based underwater expeditionPenguin inspired underwater drone getsNew quadroin offers enhancedBoston dynamic new atlas

The shape-shifting underwater robot pioneering the depths of the sea

Kurt “CyberGuy" Knutsson introduces you to HERO-BLUE, a biomimetic, multimodal locomotion robot poised to transform underwater exploration and maintenance.

Kurt knutssonTaesik kimKorea pohang university of scienceExtreme environment robotLocomotion based underwater expeditionSouth koreaPohang universityCyberguy report newsletter

The shape-shifting underwater robot pioneering the depths of the sea

The shape-shifting underwater robot pioneering the depths of the sea
wfin.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from wfin.com Daily Mail and Mail on Sunday newspapers.

Taesik kimKorea pohang university of scienceExtreme environment robotLocomotion based underwater expeditionSouth koreaPohang universityCyberguy report newsletter

South Korean university developed silicon-based thermoelectric semiconductor materials

South Korean university developed silicon-based thermoelectric semiconductor materials
digitimes.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from digitimes.com Daily Mail and Mail on Sunday newspapers.

Technology postechKorea pohang university of scienceSouth koreaPohang university

Researchers develop game-changing EV battery material that can reduce charging times to just 6 minutes

Pohang’s breakthrough involves replacing the typical graphite anode with a manganese ferrite one, which was found to store one-and-a-half more lithium ions than the researchers expected.

Bae kimKorea pohang university of scienceUs energy departmentSouth koreaPohang universityWon bae kim

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